Reliable USP/NF MCC PH101 & PH102

Colloidal MCC（Co-processed thickening stabilizer）

 – Consistent Quality, Full Compliance, Stable Supply.

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Microcrystalline cellulose can be used as a binder, disintegrant, filler, and diluent, and is widely applied in pharmaceutical preparations and health food products.

With proper stirring, it can be quickly dispersed in water. Under high-speed shear, it can form a uniform three-dimensional network structure. The particles are suspended and stable in this gel system, with time thixotropy, good matching with plant protein and animal protein, and can provide smooth and refreshing taste of the product.

1. Top talents: The team is composed of top engineering and scientific experts in various disciplines in the industry.

The members have substantial expertise in products R&D and engineering constructions in multinational enterprises.

High-tech: Through independent innovation, the company possesses proprietary intellectual property rights and proprietary process technologies. Linrun holds three core technologies related to its core products:

① A raw and auxiliary material selection and evaluation system highly compatible with the product process and product quality;

② Specially optimized reaction conditions and process parameters;

③ Customized, proprietary equipment.

The core products and core technologies have been applied for and granted domestic invention patents as well as international PCT patents.

2. High-quality products: The quality standards for Linrun’s pharmaceutical excipient natural cellulose products are more stringent than and superior to those of the European Pharmacopoeia, the United States Pharmacopeia, and the Chinese Pharmacopoeia. In terms of quality and functionality, these products match or surpass similar European and American products

Backed by an outstanding international technical team and globally leading process technology, Mudanjiang Linrun Pharmaceutical Excipients focuses on building a world-class natural cellulose production base. Their operation emphasizes environmental friendliness, advanced equipment, and stringent quality standards, serving both food and pharmaceutical sectors with high-performance cellulose excipients. The company has achieved European patent protection and provincial-level recognition for innovation, underscoring their technological strength.

Complete English COA & SDS documents

Free samples available for lab qualification testing

Consistent batch-to-batch quality

Strict control on heavy metal & microbial limits

⋄ Fewer black specks: Specially optimized reaction conditions can reduce the formation of black impurities in the final product.

⋄ Higher whiteness: Meets the whiteness requirements of snus (oral tobacco products), thereby improving the sensory characteristics of the product.

⋄Minimal batch-to-batch variation: The mechanized, automated, intelligent, and continuous production method reduces the influence of human factors on quality and minimizes batch-to-batch variation.

⋄Low nitrite content: Specially optimized process technology results in an extremely low nitrite content, enhancing formulation safety.

⋄Precisely controllable powder properties with excellent uniformity: By adopting specially customized, imported atomizers for spray granulation, the feed liquid is atomized into fine droplets, which are rapidly dried upon contact with hot air to form porous, nearly spherical particles. These particles feature a large specific surface area, a loose structure, uniform internal and external texture, narrow particle size distribution, and excellent homogeneity. Powder properties such as bulk density and moisture content are precisely controllable, with outstanding uniformity and flowability.

⋄ Strict microbiological control: Purified water is used as process water to reduce the impact of microorganisms, endotoxins, metal ions, and impurities on product quality. The production environment is a Class D cleanroom, which minimizes environmental microbiological contamination. The closed and continuous production method reduces microbial introduction by personnel.